public ResultItem Execute()
{
int columnCount = matrix.GetMatrixColumnCount();
int rowCount = matrix.GetMatrixRowCount();
// 列长度
uint columnLength = rectangle.GetRight() - (rectangle.GetLeft() + (uint)columnDeviation);
// 行高度
uint rowLength = rectangle.GetBottom() - (rectangle.GetTop() + (uint)rowDeviation);
// 列间隔
uint columnCellInterval = columnLength / (uint)matrix.GetMatrixColumnCount();
// 行间隔
uint rowCellInterval = rowLength / (uint)matrix.GetMatrixRowCount();
// 列起始位置
uint columnStartPosition = rectangle.GetLeft() + (uint)columnDeviation;
// 行起始位置
uint rowStartPosition = rectangle.GetTop() + (uint)rowDeviation;
// 计算目标点矩阵的坐标
for (int i = 0; i < rowCount; i++, rowStartPosition += rowCellInterval) // 完成一行后加上行间隔
{
columnStartPosition = rectangle.GetLeft() + (uint)columnDeviation; // 完成一行后初始化列的横坐标
for (int j = 0; j < columnCount; j++, columnStartPosition += columnCellInterval) // 完成一列后加上列间隔
{
ExportPointMatrixItem item = matrix.GetExportPointMatrixItem(i, j);
item.PointX = (int)(columnStartPosition + columnCellInterval / 2); // 列初始位置坐标加上间隔的一半为目标点的横坐标
item.PointY = (int)(rowStartPosition + rowCellInterval / 2); // 行初始位置坐标加上间隔的一半为目标点的纵坐标
// matrix.SetExportPointMatrixItem(i, j, item);
}
}
StringBuilder sb = new StringBuilder();
sb.AppendFormat("计算矩阵点选位置完成");
#if DEBUG
Console.WriteLine(sb.ToString());
#endif
return(new ResultItem(ResultItem.States.OK, sb.ToString()));
}
public bool GetExportPointAvaliable(int row, int column)
{
ExportPointMatrixItem item = matrix.GetExportPointMatrixItem(row, column);
return(item.IsAvaliable);
}